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Problem 1. Water flows between two reservoirs through a 4,000-ft pipeline constructed of ductile iron (f= 0.019) as shown below. The pipeline low point is 125.0 ft. a. Determine the flow between reservoirs when only an entrance loss (Ke = 0.5) and exit loss occur. b. Calculate the pressure at the midpoint with centerline elevation 125.0 ft. c. Draw the energy and hydraulic grade lines. 255.0 ft 8 inch 2000 ft 8 inch 2000 ft 125.0 ft 140.0 ft

Problem 1. Water flows between two reservoirs through a 4,000-ft pipeline constructed of ductile iron (f= 0.019) as shown below. The pipeline low point is 125.0 ft. a. Determine the flow between reservoirs when only an entrance loss (Ke = 0.5) and exit loss occur. b. Calculate the pressure at the midpoint with centerline elevation 125.0 ft. c. Draw the energy and hydraulic grade lines. 255.0 ft 8 inch 2000 ft 8 inch 2000 ft 125.0 ft 140.0 ft

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Problem 1. Water flows between two reservoirs through a 4,000-ft pipeline constructed of ductile iron (f= 0.019) as shown below. The pipeline low point is 125.0 ft. a. Determine the flow between reservoirs when only an entrance loss (Ke = 0.5) and exit loss occur. b. Calculate the pressure at the midpoint with centerline elevation 125.0 ft. c. Draw the energy and hydraulic grade lines. 255.0 ft 8 inch 2000 ft 8 inch 2000 ft 125.0 ft 140.0 ft
Transcribed Image Text:Problem 1. Water flows between two reservoirs through a 4,000-ft pipeline constructed of ductile iron (f= 0.019) as shown below. The pipeline low point is 125.0 ft. a. Determine the flow between reservoirs when only an entrance loss (Ke = 0.5) and exit loss occur. b. Calculate the pressure at the midpoint with centerline elevation 125.0 ft. c. Draw the energy and hydraulic grade lines. 255.0 ft 8 inch 2000 ft 8 inch 2000 ft 125.0 ft 140.0 ft
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